In-situ bioremediation of hexavalent chromium contaminated groundwater
iWater successfully implemented an in-situ bioremediation strategy to reduce toxic hexavalent chromium to non-toxic trivalent chromium in groundwater. The benefit of the technology is that not only was the hexavalent chromium treated, but nitrate and other contaminants of concern were also successfully removed.
Once infiltration boreholes are established, the technology is non-invasive. iWater’s mobile infiltration trailer mounted unit is used for the infiltration of a borehole located in the plume and is removed within a few hours. An in-situ remediation project involves an upfront feasibility assessment, infiltration, monitoring and re-infiltration once the donor is depleted.
In-situ bioremediation of hexavalent chromium contaminated groundwater
iWater successfully implemented an in-situ bioremediation strategy to reduce toxic hexavalent chromium to non-toxic trivalent chromium in groundwater. The benefit of the technology is that not only was the hexavalent chromium treated, but nitrate and other contaminants of concern were also successfully removed.
Once infiltration boreholes are established, the technology is non-invasive. iWater’s mobile infiltration trailer mounted unit is used for the infiltration of a borehole located in the plume and is removed within a few hours. An in-situ remediation project involves an upfront feasibility assessment, infiltration, monitoring and re-infiltration once the donor is depleted.